1 second for a 180 is not what the python can achieve, FYI. Do you own one and flew it a bit? If not, please get one first.
Secondly, when real world physics are thrown in the discussion, it should be so in a realistic way. Inertia exist in vacuum as it is related to mass. The python would be designed, if "real", to withstand its directional thrusters. Or the design team would not do their job correctly.
Thirdly, materials capable of resisting that kind of force are already designed now at the JPL/CalTech. I don't think it is so far fetched to have them applied to the ships of ED.
Yes, but you would assume other, similarly sized, similar role ships would also have the same type of performance, no? (if the Python is the 'optimum'; if not the lower mass ships should be able to handle a turn even faster)
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